USA owned and operated since 1997 Backup infrastructure, disaster recovery, and restore-ready systems

Designed before ordered

Backup design is where recovery is won or lost.

The wrong backup system usually starts with generic hardware, undersized storage, unrealistic retention, and no clear path for restoring the business after a failure.

IronBACKUP restore-ready backup infrastructure design

What we review

We look at the complete backup and recovery environment before recommending a server, storage target, or remote backup design.

  • Current servers, workstations, databases, file shares, surveillance systems, and application workloads
  • Data size, change rate, retention windows, backup schedule, and growth expectations
  • Onsite recovery speed, remote backup bandwidth, encryption, and offsite storage needs
  • RAID level, drive type, chassis, power, remote management, and serviceability
  • Bare metal recovery expectations, ransomware recovery concerns, disaster recovery steps, and business continuity requirements
Backup infrastructure design workspace

Capacity

Storage is sized around real data growth, retention windows, backup frequency, remote copies, and restore expectations.

Recovery

The design considers how systems will actually be restored, not just whether a backup job completed.

Continuity

IronBACKUP planning considers uptime, replacement hardware, remote access, and the practical recovery sequence.